HGTECH 武汉华工激光工程责任有限公司
Copyright HGLaser Engineering Co,.Ltd. All Rights Reserver.
News
HGTECH Unveils the First SOFC Multi-Hole Laser Processing Intelligent Equipment — Breaking Through the AI Energy Crisis
2025-11-20274
SOFC: The Next-Generation High-Efficiency Green Energy Conversion Technology
Global demand for AI computing power is soaring. Large-scale model training and inference are driving energy consumption in data centers to unprecedented levels. The emerging “AI energy crisis” is becoming a core bottleneck that restricts the growth of the digital economy.
As traditional power grids struggle to expand while AI computing centers require “high-energy, continuous-operation” capabilities, solid oxide fuel cells (SOFC) have emerged as an ideal solution. With fuel flexibility, high energy conversion efficiency, and ultra-low carbon emissions, SOFC is redefining the path toward sustainable energy supply.
The market potential is massive: according to CICC, the installed capacity of SOFC systems in North American data centers alone is expected to reach gigawatt scale between 2026 and 2030, generating a market worth billions and offering vast long-term opportunities.
Metal Support: The Structural Core of SOFC
Among various SOFC technology routes, metal-supported SOFC (MS-SOFC) is widely considered the most promising path to commercialization. Its superior thermal-shock resistance, mechanical strength, and rapid start-stop capability make it ideal for long-term deployment.
However, manufacturing the core component — the metal support substrate — remains a critical bottleneck for mass production.
As the foundation for gas transmission, electron conduction, and structural support, its porosity must be strictly controlled within 25%–35%, with micro-scale pore diameters. Excessive porosity weakens structural strength; insufficient porosity hinders gas diffusion; inconsistent pore sizes lead to uneven current density — all directly affecting cell performance and manufacturing cost.
Compared with traditional processing methods, laser machining offers non-contact, stress-free, high-precision advantages. It enables rapid batch drilling of dense micro-holes without damaging thin metal substrates, achieving micrometer-level accuracy in high-efficiency multi-hole processing.
Industry First — HGTECH Solves the Mass-Production Challenge
As a pioneer and leader in China’s industrial laser applications — with proven expertise in alkaline electrolyzer plates, bipolar plates, and other clean-energy manufacturing equipment — HGTECH has introduced high-speed laser micro-hole technology to the SOFC metal support sector for the first time.
Targeting industry-wide production bottlenecks, HGTECH has developed the “Starlight” series of advanced micro-hole processing technologies and launched the industry’s first intelligent laser drilling equipment for SOFC metal supports. This breakthrough delivers high through-hole rates, uniform pore diameters, and superior drilling quality — providing essential equipment support for large-scale SOFC commercialization.
SOFC Fuel Cell
Metal Support Intelligent Laser Drilling Equipment
LAH-XM-MicroPro
Purpose-built for SOFC metal support multi-hole structures, the system enables high-density, micrometer-scale through-hole machining on thin metal plates — forming pore structures with precisely controlled porosity, uniform shape, and zero slag adhesion.
High-Precision Processing
High-accuracy galvo system with drilling precision of ±5 μm
Outlet aperture range: 10–100 μm
High-Efficiency Production
High-energy pulsed laser for efficient multi-hole machining, significantly boosting mass-production throughput
Ultra-fast drilling speed: up to 1,000 holes/second
Stable and Consistent
Proven process control and equipment reliability inherited from batch production in other clean-energy fields
Mature process-testing platform for rapid product validation
HGTECH continues to drive deep integration of laser technology with the evolving needs of the energy sector. With a strategic focus on “hydrogen production + hydrogen utilization,” HGTECH has developed mature equipment solutions and mass-delivery experience across core components of alkaline electrolyzers, PEM, and AEM systems.
From intelligent standalone machines to automated production lines and full smart-factory deployment, HGTECH provides comprehensive solutions that empower customers to accelerate automation and Intelligent Manufacturing upgrades with reliable equipment and technical support.
Facing the historic opportunity of global energy transition, HGTECH leverages advanced laser technologies and full-process manufacturing capabilities to break through the core bottlenecks of hydrogen-energy equipment production. We are committed to becoming a global leader in intelligent manufacturing solutions for hydrogen-energy equipment — delivering core power for a clean and sustainable energy future.
Ask for the price?
